class Test(unittest.TestCase):
def setUp(self):
self.z = Zzuf('a', 1, 2, 'd', 'e', 'f',
True,
0.01,
0.1,
100
)
pass
def tearDown(self):
pass
def test_testcase_set_cmdline(self):
expected = "cat a | zzuf -sb -rc > d"
testcase = ZzufTestCase('a', 'b', 'c', 'd')
self.assertEqual(testcase.cmdline, expected)
def test_generate_test_case(self):
# can not test without real data
# see test_testcase_set_cmdline()
pass
def test_get_go_fuzz_cmdline(self):
self.z.dir = 'dir'
self.z.zzuf_args = 'args'
self.z.get_command = 'get_command'
self.z.file = 'file'
expected = "cd dir && zzuf args d 2> file"
self.assertEqual(self.z._get_go_fuzz_cmdline(), expected)
def test_go_fuzz(self):
# cannot test nondestructively
# see test_get_go_fuzz_cmdline()
pass
def test_get_zzuf_args(self):
zzuf_args = self.z._get_zzuf_args()
splitparts = lambda L: [re.sub('^--', '', s) for s in L.split(' ')]
# strip out the leading '--' from args to make it easier to verify
parts = splitparts(zzuf_args)
[self.assertTrue(s in parts, s) for s in ('signal', 'quiet')]
self.assertTrue('max-crashes=1' in parts)
self.assertTrue('opmode=copy' in parts)
# check for presence of ratiomin and ratiomax
ratio_item = [x for x in parts if "ratio" in x].pop()
ratio_item = ratio_item.split('=')[1] # take the part after the equals sign
(rmin, rmax) = ratio_item.split(':')
self.assertEqual(float(rmin), 0.01)
self.assertEqual(float(rmax), 0.1)
# TODO check for presence of timeout
max_usertime_item = [x for x in parts if "usertime" in x].pop()
max_usertime = max_usertime_item.split('=')[1]
self.assertEqual(float(max_usertime), 100.00)
# call _get_zzuf_args() again with copymode=False
self.z.copymode = False
zzuf_args = self.z._get_zzuf_args()
# strip out the leading '--' from args to make it easier to verify
parts = splitparts(zzuf_args)
self.assertFalse('check-exit' in parts)
self.assertFalse('opmode=copy' in parts)
# check case where quiet is False
self.z.quiet = False
# strip out the leading '--' from args to make it easier to verify
parts = splitparts(self.z._get_zzuf_args())
self.assertFalse('quiet' in parts)
class Test(unittest.TestCase):
def setUp(self):
self.z = Zzuf('a', 1, 2, 'd', 'e', 'f',
True,
0.01,
0.1,
100
)
pass
def tearDown(self):
pass
def test_testcase_set_cmdline(self):
expected = "cat a | zzuf -sb -rc > d"
testcase = ZzufTestCase('a', 'b', 'c', 'd')
self.assertEqual(testcase.cmdline, expected)
def test_generate_test_case(self):
# can not test without real data
# see test_testcase_set_cmdline()
pass
def test_get_go_fuzz_cmdline(self):
self.z.dir = 'dir'
self.z.zzuf_args = 'args'
self.z.get_command = 'get_command'
self.z.file = 'file'
expected = "cd dir && zzuf args d 2> file"
self.assertEqual(self.z._get_go_fuzz_cmdline(), expected)
def test_go_fuzz(self):
# cannot test nondestructively
# see test_get_go_fuzz_cmdline()
pass
def test_get_zzuf_args(self):
zzuf_args = self.z._get_zzuf_args()
splitparts = lambda L: [re.sub('^--', '', s) for s in L.split(' ')]
# strip out the leading '--' from args to make it easier to verify
parts = splitparts(zzuf_args)
[self.assertTrue(s in parts, s) for s in ('signal', 'quiet')]
self.assertTrue('max-crashes=1' in parts)
self.assertTrue('opmode=copy' in parts)
# check for presence of ratiomin and ratiomax
ratio_item = [x for x in parts if "ratio" in x].pop()
ratio_item = ratio_item.split('=')[1] # take the part after the equals sign
(rmin, rmax) = ratio_item.split(':')
self.assertEqual(float(rmin), 0.01)
self.assertEqual(float(rmax), 0.1)
# TODO check for presence of timeout
max_usertime_item = [x for x in parts if "usertime" in x].pop()
max_usertime = max_usertime_item.split('=')[1]
self.assertEqual(float(max_usertime), 100.00)
# call _get_zzuf_args() again with copymode=False
self.z.copymode = False
zzuf_args = self.z._get_zzuf_args()
# strip out the leading '--' from args to make it easier to verify
parts = splitparts(zzuf_args)
self.assertFalse('check-exit' in parts)
self.assertFalse('opmode=copy' in parts)
# check case where quiet is False
self.z.quiet = False
# strip out the leading '--' from args to make it easier to verify
parts = splitparts(self.z._get_zzuf_args())
self.assertFalse('quiet' in parts)
